chemical propulsion
英 [ˈkemɪkl prəˈpʌlʃn]
美 [ˈkemɪkl prəˈpʌlʃn]
网络 化学推进
双语例句
- In the solid propellant electrothermal chemical ( SPETC) propulsion concept, it has been proved that plasma can be successfully used to optimize and control the propellant ignition process.
总结了常规火炮点火的现状，分析了固体药电热化学炮（SPETC）点火的潜在优势，并对等离子体点火过程中存在的燃速增强机理进行了讨论。 - The Cruze EV demo fleet will be GM's first compact sedan electric vehicles to hit the road and will be powered by batteries from LG Chemical and propulsion systems from LG Electronics.
雪福兰科鲁兹电动车演示团队是通用汽车第一个小型的客可上路的电动轿车，其驱动的电池来自乐金电子化学，推进系统来自乐喜金星电子。 - Orbit maneuver hydrogen-oxygen thruster based on gas dynamic resonance igniter is a novel chemical propulsion technology especially prospective in space station application.
结合气动谐振点火器进行头部设计的氢氧变轨火箭发动机是一项新颖化学火箭推进技术，尤其适于空间站应用。 - Electrothermal light gas-chemical propulsion technolgoy
电热轻气-化学发射技术 - Development of space chemical propulsion technology
空间化学推进技术的发展 - Technology for space chemical propulsion includes bipropellant propulsion, monopropellant propulsion and micro propulsion.
空间化学推进技术包括双组元推进、单组元推进和微推进技术。 - Compared with the chemical propulsion, laser plasma has unique advantages such as high specific impulse and large load ratio.
与传统的化学燃料推动相比，激光等离子体具有较高的比冲和有效载荷比等特点。 - Electric propulsion, which has an excellent performance, is taking the place of traditional chemical propulsion at present.
目前，电推进系统正以其优越的性能逐渐取代传统的化学推进。 - The chemical rocket has been used during the former exploration events. Today, some new propulsion technologies, such as laser, solar energy, microwave and nuclear thermal propulsion are presented.
化学火箭在人类宇宙探索活动中书写了一页又一页的华丽篇章，现今在人类新的探索使命下，出现了激光、太阳能、微波、核热能等新的推进技术。 - Analysis of the process of plasma ignition in solid propellant electrothermal chemical propulsion
固体发射药等离子体点火过程及弹道效应分析 - At present, electric propulsion system has been widely applied in space fight missions and ascendant performance of electric propulsion makes it a substitution of traditional chemical propulsion system gradually.
目前，电推进系统以其优越的性能逐步取代传统的化学推进系统，被广泛的应用于空间任务。 - The development of dual-mode chemical propulsion systems
双模式化学推进技术发展研究 - In MPT system, the microwave resonator is the important component, which is in charge of the gas propellant's absorbing and transforming the microwave energy, just like the combustion chamber in chemical propulsion.
在MPT中，微波谐振腔是工质吸收与转换微波能量的重要场所，它的功能和化学推进的燃烧室一样。 - Chemical propulsion system is suitable for miniaturization because of its low power consumption and simple structure.
化学能推进系统功耗低、结构简单紧凑，适于微小型化。 - Using laser instead of chemical energy in conventional rockets, a laser propulsion vehicle can get into low earth orbit with higher payload ratio, less cost and more safety.
采用激光代替传统火箭的化学能，激光推进飞行器能够以高载荷比、低成本、安全的方式将有效载荷送入近地轨道。 - Compared with traditional chemical propulsion, the main innovation in concept of laser propulsion reduces to two separations: separation of energy and material, and separation of aero-craft and energy source system.
与传统的化学推进相比，激光推进在概念上的创新主要可归结为两个分离：1、工质和能量的分离，2、飞行器和能源系统的分离。 - Laser propulsion is a brand-new propulsive technology. Compared with the classical chemical rocket propulsion, it has higher payload capacity and lower launches cost, and it is significant for the future nation security and enhancing the ability of national defense strength.
激光推进是一种全新的推进技术，与传统的化学火箭推进相比具有有效载荷高、发射成本低等优势，对未来国家安全和国防综合实力的提高具有深远意义。